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TEKTON 3/8 Inch Drive Hex, Torx, Triple Square Impact Bit Socket Set (40-Piece) | SIB91301
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*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
- Electrical items MAY be 110 volts.
- 7 Day Return Policy
- All products are genuine and original
- Cash On Delivery/Cash Upon Pickup Available
TEKTON 3/8 Inch Drive Hex, Torx, Triple Square Features
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Includes 9-pc. 3/8 in. drive hex impact bit sockets: 5/32-9/16 in.; 13-pc. 3/8 in. drive hex impact bit sockets: 4-14 mm; 10-pc. 3/8 in. drive torx bit impact sockets: T20-T60; 8-pc. 3/8 in. drive triple square impact bit sockets: M4-M12
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Precise Bit Geometry – The bit tip is machined to precise tolerances
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Optimal Two-Piece Design – We use separate steel alloys and processes for the bit and socket, resulting in a higher performing tool than one-piece designs
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Permanent Connection – The bit is pressed directly into the socket for a permanent connection that won't loosen over time or under stress
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Two Size Markings – The size is marked with a high-visibility laser marking and a permanent stamped marking that won't rub off
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Friction Ring or Detent Pin Anvils – Smooth walls inside the drive end and a detent pin hole make the bit sockets compatible with both drive tool anvil types
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Carrying Case – Made from a high-density polyethylene material and withstands exposure to common lubricants, fuels, and solvents
About TEKTON 3/8 Inch Drive Hex, Torx, Triple Square
Tekton's two-piece design allows us to optimize the steel alloys, heat treatments, and forming processes for the bit and socket separately, resulting in a tool that's higher performing and more durable than traditional one-piece impact bit sockets. The two pieces are permanently press-fit together and won't loosen over time. The socket is made is made from 6140 chromium-vanadium steel that's heat-treated to 40–47 HRC for use on impact wrenches. The socket is also coated with a manganese phosphate finish to resist corrosion. The bits are made from S2 steel that's heat-treated to a higher hardness (58–62 HRC) to help maintain their geometry under stress. The inside of the socket's drive end has smooth walls with no detent grooves to support engagement with drive tools that use friction ring anvils. A detent pin hole on one side of the drive end also supports engagement with detent pin anvil styles.
